Multi-cloud storage augmentation: a novel secured framework for information sharing

Abstract

A significant cloud computing tool is multiple cloud storage, which enables customers to store protected data across many devices. Its main objectives are privacy and security of information, anti-malicious access prevention, decentralization, and file deletion of obsolete content. Security of information is a big problem since customers in numerous locations can find it impossible to terminate services because the authorities have the legal right to require services to access stored information. Hackers can use this system vulnerability to their advantage. In this research, a novel SMISF described on decreasing the unofficial right to use end-user information. In the proposed framework, the ECC technique is used in the present work for generating asymmetric key combinations. BE is implemented to encrypt information, which is divided into chunks and stored on several servers. After that, the file is uploaded encrypted. The major goal of this project is to create a storage system that integrates many cloud storage service providers. The results of the testing demonstrate that the recommended approach decreased cost and improved performance while giving the customer control over his data which kept in the cloud. The confidentiality of user data is shielded from other parties, such as law enforcement or cloud service providers, using the recommended SMISF strategy.